Isabel Cornacchia
@isabelmaria-c.bsky.social
PhD student in Computational Neuroscience
Edinburgh, Scotland
Edinburgh, Scotland
Reposted by Isabel Cornacchia
We present our preprint on ViV1T, a transformer for dynamic mouse V1 response prediction. We reveal novel response properties and confirm them in vivo.
With @wulfdewolf.bsky.social, Danai Katsanevaki, @arnoonken.bsky.social, @rochefortlab.bsky.social.
Paper and code at the end of the thread!
🧵1/7
With @wulfdewolf.bsky.social, Danai Katsanevaki, @arnoonken.bsky.social, @rochefortlab.bsky.social.
Paper and code at the end of the thread!
🧵1/7
September 19, 2025 at 12:37 PM
We present our preprint on ViV1T, a transformer for dynamic mouse V1 response prediction. We reveal novel response properties and confirm them in vivo.
With @wulfdewolf.bsky.social, Danai Katsanevaki, @arnoonken.bsky.social, @rochefortlab.bsky.social.
Paper and code at the end of the thread!
🧵1/7
With @wulfdewolf.bsky.social, Danai Katsanevaki, @arnoonken.bsky.social, @rochefortlab.bsky.social.
Paper and code at the end of the thread!
🧵1/7
Reposted by Isabel Cornacchia
Just wrapped up the 3rd Bio-inspired Deep Learning Workshop, led by Angus Chadwick (@edinburgh-uni.bsky.social ), with co-organizers Laura Bernaez timon and Janko Petkovic, plus fantastic support from @isabelmaria-c.bsky.social and Arthur Pellegrino. Funded by @jherzstiftung.bsky.social. #NeuroAI 🧵
April 28, 2025 at 8:26 AM
Just wrapped up the 3rd Bio-inspired Deep Learning Workshop, led by Angus Chadwick (@edinburgh-uni.bsky.social ), with co-organizers Laura Bernaez timon and Janko Petkovic, plus fantastic support from @isabelmaria-c.bsky.social and Arthur Pellegrino. Funded by @jherzstiftung.bsky.social. #NeuroAI 🧵
Reposted by Isabel Cornacchia
Excited to share our new pre-print on bioRxiv, in which we reveal that feedback-driven motor corrections are encoded in small, previously missed neural signals.
April 7, 2025 at 2:55 PM
Excited to share our new pre-print on bioRxiv, in which we reveal that feedback-driven motor corrections are encoded in small, previously missed neural signals.